A medical service resource optimization system based on multi-pharmacy collaboration technology

Abstract

A medical service resource optimization system based on multi-pharmacy collaboration technology, including a virtual drug library as a data center, which collects, stores, analyzes and uses data in a standardized manner; the computing center can schedule intelligent optimization algorithms to calculate the inventory of multiple pharmacies in real time , out-of-stock, etc., according to the patient's historical drug purchase records, etc., portray patient portraits, obtain group labels, and predict market demand; the situation awareness module obtains the patient's situation through sensors, etc., and the computing center gives "one person, one policy" personalized Service plan; the display interface provides each member with the optimal decision-making plan, such as the best place for patients to take medicine; the feedback center supports multiple ways of taking medicine, such as online ordering store pickup, online ordering store delivery, etc., and sends them to the corresponding pharmacy in real time through the panel. The invention helps to realize the service-oriented, profitable and refined pharmaceutical supply chain, optimize the allocation of medical service resources, support new medical service modes such as telemedicine, mobile medical treatment, and smart medical treatment, and improve the level of medical service in my country.

Description

technical field [0001] The present invention relates to the field of medical service resource optimization, in particular to a medical service resource optimization system based on multi-pharmacy collaboration technology, and to a new supply chain model under the background of separation of medicines, based on intelligent optimization algorithms, situation awareness modules and supply chain intelligence The panel technology realizes the collaborative optimization of hospital pharmacies (outpatient, emergency, inpatient pharmacies) and drugstore pharmacies, rationally allocates and dispatches drug resources, and provides patients with a "one person, one policy" drug acquisition plan. Background technique [0002] my country's pharmaceutical supply chain started relatively late, and is still in the stage of optimizing a single link in the supply chain. It rarely involves the optimization of medical service resources such as hospitals and pharmacies, and cannot fundamentally sol...

AI Technical Summary

Problems solved by technology

[0002] my country's pharmaceutical supply chain started relatively late, and is still in the stage of optimizing a single link in the supply chain. It rarely involves the optimization of medical service resources such as hospitals and pharmacies, and cannot fundamentally solve problems such as inventory backlog and bullwhip effect.

Information asymmetry between the production end and the sales end leads to inefficiency in the supply chain and increased costs. The independence and competition between hospital pharmacies and drugstore pharmacies lead to the coexistence of waste and out-of-stock phenomena

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